{"text_format":"1","workbook":"xlsx","n_sheets":6,"sheets":["Simulation assumption","Generalization Parameters(FR1)","KPIs","UE speed","UMa_UMi","Sheet1"],"not_rendered":{"charts":1,"images":0,"macros":1,"external_links":0,"defined_names":1,"comments":0,"pivot_tables":0},"unopened":[],"bounds":{"document_bytes":16777216,"sheet_cells":100000,"rows_first":2000,"rows_last":500,"rows_between":2000,"halvings":0,"cell_chars":16384,"cell_head_chars":4096},"cells_cut":0,"cells_raw":0,"read":"whole","date_system":"1900"}

{"sheet":"Simulation assumption","index":0,"n_rows":28,"n_cols":5,"rows_kept":28,"cut":false,"hidden":false,"merged":[[0,0,0,1],[4,0,6,0]]}
["SLS simulation assumption",null,"Mediatek","Qualcomm","vivo"]
["Parameter","Values"]
["Frequency Range","FR2 @ 30 GHz with SCS 120 kHz"]
["Deployment","\n2-tier model with wrap-around (7 sites, 3 sectors/cells per site)\n",null,"2-tier model without wrap-around"]
["Channel model","UMi With distance-dependent LoS probability function defined in Table 7.4.2-1 in TR 38.901, fast fading and optional LOSsoft;\nwithout UErotation,Oxygen absorption, Time-varying Doppler shift, Explicit ground reflection model and blockage"]
[null,"Whether LOSsoft is modeled or not","Yes","Yes","No"]
[null,"spatial consistency option (A or B)","A","A","A"]
["System BW","80MHz"]
["UE Speed","60km/h (optional), 90km/h (optional), 120km/h (optional)\nOther values are not precluded"," 60, 120 km/hr","30km/h, 60km/h, 90km/h"," 60, 90, 120 km/h"]
["UE distribution","100% outdoor"]
["BS Antenna Configuration"," Antenna setup and port layouts at gNB: (4, 8, 2, 1, 1, 1, 1), (dV, dH) = (0.5, 0.5) λ\nOther assumptions are not precluded."]
["BS Antenna radiation pattern","TR 38.802 Table A.2.1-6, "]
["UE Antenna Configuration","Antenna setup and port layouts at UE: (1, 4, 2, 1, 2, 1, 1), 2 panels (left, right)\nOther assumptions are not precluded"]
["UE Antenna radiation pattern","TR 38.802 Table A.2.1-8, "]
["BS Tx Power","40dBm"]
["Maximum UE Tx Power","23 dBm"]
["BS receiver Noise Figure","7 dB"]
["UE receiver Noise Figure","10 dB"]
["Inter site distance","200m ISD"]
["BS Antenna height","10m"]
["UE Antenna height","1.5 m"]
["UE trajectory model","Option #1, Option #2, or option #3\nReported by companies","Option1","Based on Option 2 in TR 38.343 [2], Section 6.3.1, with modifications based on Option 4 and a minor modification for extended mobility. Refer to section 2.1.1 in R2-2501459 for a detailed discussion of the trajectory model.","Option1"]
["UE trajectory boundary processing","Option #1, Option #2, or option #3 \nReported by companies","Option2","Option #3 (trajectory termination)","Option2"]
["L1/L3 filtering","Option #Sliding, Option #Non-sliding\nReported by companies","both","Option #sliding","Option1"]
["Measurement period","400ms",null,"400ms"]
["FilterCoefficient",4]
["Number of Tx beams","Reported by companies",1,1,"32 Tx beams"]
["Number of Rx beams","Reported by companies",1,1,"4 Rx beams per panel"]

{"sheet":"Generalization Parameters(FR1)","index":1,"n_rows":41,"n_cols":3,"rows_kept":41,"cut":false,"hidden":false,"merged":[[35,0,35,2]]}
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["Generalization Parameters for FR2"]
["Parameter","Configuration #1","Configuration #2"]
["Deployment scenario ","UMi","UMa"]
["ISD","200m","500m"]
["BS antenna height","10m","25m"]
["BS Tx power","40dBm","44dBm"]

{"sheet":"KPIs","index":2,"n_rows":5,"n_cols":5,"rows_kept":5,"cut":false,"hidden":false,"merged":[]}
["Intermediate KPIs","Description/Definition","Mediatek","Qualcomm","vivo"]
["Average L3 cell RSRP difference (dB)","Average L3 RSRP difference between the predicted and actual L3 cell-level measurement result for each individual point within the PW, and then averaged across all the points in the PW. ","Method: Average cross multiple cells","Method: Average cross multiple cells","Method: Average cross multiple cells"]
["Last predicted point L3 cell RSRP difference (dB)","Average L3 RSRP difference between predicted and ideal L3 cell-level measurement result for the last point in PW."]
["Multiple predicted point L3 cell RSRP differences (dB)","Average L3 RSRP difference between predicted and ideal L3 cell-level measurement result for each individul point in PW. Multiple values are provided if there are multiple points within the PW."]
["L3 beam RSRP difference(dB)","Average L3 beam-level RSRP difference between predicted and ideal L3 beam-level measurement result for all points in PW."]

{"sheet":"UE speed","index":3,"n_rows":46,"n_cols":42,"rows_kept":46,"cut":false,"hidden":false,"merged":[[0,33,0,37],[0,38,0,41],[0,0,0,2],[0,4,0,6],[0,7,0,14],[0,15,0,23],[0,24,0,27],[0,28,0,32]]}
["General",null,null,"Generalization Setting ","Variable Settings",null,null,"Configurable/Selectable Simulation Assumption",null,null,null,null,null,null,null,"Model Related Information",null,null,null,null,null,null,null,null,"Performance Metrics (Baseline)",null,null,null,"Performance Metrics(GC#1)",null,null,null,null,"Performance Metrics(GC#1)",null,null,null,null,"Performance Metrics(GC#2)"]
["Company","Sub case","Other factors","Configuration #B","Observation window(ms)","Prediction window(ms)","UE speed\n(km/h)","Spatial consistency","Whether LOSsoft is modeled or not","UE trajectory model","UE trajectory boundary processing","L1/L3 filtering\n(Sliding/Non-sliding)","Use earlier predicted results used as inputs","Number of Tx beams","Number of Rx beams","Model input","Model output/label","Model type","Detail of model","Model complexity\nin a number of model parameters (K)","Model complexity\nin a number of model size (KBytes)","Computational complexity [FLOPs]\n(M)","Training data size in number of samples (K)","Testing data size in number of samples (K)"," Average L3 cell RSRP difference (dB)","Last predicted point L3 cell RSRP difference (dB) ","Multiple predicted point L3 cell RSRP differences (dB)","L3 beam RSRP difference(dB)","Configuration #A"," Average L3 cell RSRP difference (dB)","Last predicted point L3 cell RSRP difference (dB) ","Multiple predicted point L3 cell RSRP differences (dB)","L3 beam RSRP difference(dB)","Configuration #A"," Average L3 cell RSRP difference (dB)","Last predicted point L3 cell RSRP difference (dB) ","Multiple predicted point L3 cell RSRP differences (dB)","L3 beam RSRP difference(dB)"," Average L3 cell RSRP difference (dB)","Last predicted point L3 cell RSRP difference (dB) ","Multiple predicted point L3 cell RSRP differences (dB)","L3 beam RSRP difference(dB)"]
["Name","1/2/3","Additional consideration (e.g. Cell/Cluster-based)","Dataset with configuration #B(e.g., 60/90/120km/h)","XX","XX","[Not Applicable]","A/B","YES/NO","1/2/3","1/2/3","Sliding/Non-sliding","YES/NO","XX","XX","Number of cell(s),\nMesurement quantity (L1 beam-level, L1-filterd beam-level, L3 cell-level, L3 beam-level measurement results)","Number of cell(s),\nMeasurement quantity (L1 beam-level, L1-filterd beam-level, L3 cell-level, L3 beam-level measurement results)","AI/Non-AI: Method (e.g. RNN,CNN, Sample and hold, Decision tree)","e.g.,model structure and description","XX","XX","XX","XX","XX","XX","XX","[XX, XX, XX..]","XX","Dataset with configuration #A(e.g., 60/90/120km/h)","XX","XX","[XX, XX, XX..]","XX","Dataset with configuration #A(e.g., 60/90/120km/h)","XX","XX","[XX, XX, XX..]","XX","XX","XX","[XX, XX, XX..]","XX"]
["vivo",2,"Cell-based",60,400,400,null,"A","NO",1,2,"Sliding","NO",32,"4 per panel","1 cell,L3 cell-level","1 cell,L3 cell-level","AI：LSTM","1 layers of LSTM layer and 1 FNN layer",17,69,0.84499999999999997,400,100,1.097,2.137,"[0.226, 0.556, 1.015, 1.551 2.137]",null,90,1.522,2.9180000000000001,"[0.330, 0.796, 1.417, 2.145, 2.918]",null,120,1.8240000000000001,3.456,"[0.398, 0.971, 1.721, 2.571, 3.456]",null,1.0940000000000001,2.14,"[0.218, 0.554, 1.012, 1.548, 2.140]"]
["vivo",2,"Cell-based",90,400,400,null,"A","NO",1,2,"Sliding","NO",32,"4 per panel","1 cell,L3 cell-level","1 cell,L3 cell-level","AI：LSTM","1 layers of LSTM layer and 1 FNN layer",17,69,0.84499999999999997,400,100,1.4790000000000001,2.839,"[0.316, 0.776, 1.38-, 2.086, 2.839]",null,60,1.105,2.161,"[0.218, 0.56, 1.021, 1.564, 2.161]",null,120,1.75,3.3170000000000002,"[0.381, 0.935, 1.652, 2.466, 3.317]",null,1.486,2.851,"[0.312, 0.783, 1.389, 2.096, 2.851]"]
["vivo",2,"Cell-based",120,400,400,null,"A","NO",1,2,"Sliding","NO",32,"4 per panel","1 cell,L3 cell-level","1 cell,L3 cell-level","AI：LSTM","1 layers of LSTM layer and 1 FNN layer",17,69,0.84499999999999997,400,100,1.7030000000000001,3.23,"[0.378, 0.912, 1.601, 2.393, 3.230]",null,60,1.121,2.1930000000000001,"[0.233, 0.566, 1.031, 1.581, 2.193]",null,90,1.4710000000000001,2.8239999999999998,"[0.323, 0.772, 1.367, 2.069, 2.824]",null,1.7390000000000001,3.2989999999999999,"[0.376, 0.927, 1.641, 2.451, 3.299]"]
["CATT",2,"Cluster-based",120,240,80,null,"A","YES",1,2,"Sliding","NO",32,4,"21 cells, L3 cell-level RSRP","21 cells, L3 cell-level RSRP","AI: LSTM","2 layers of LSTM layer and 1 DNN layer","780.15K","8963KB","2.14M","116K","29K",0.60399999999999998,null,null,null,60,0.64100000000000001,null,null,null,null,null,null,null,null,0.628]
["CMCC",2,"Cluster-based",90,240,80,null,"A ","YES","1",2,"Sliding","NO",32,4,"21 cells, L3 cell-level RSRP  ","21 cells, L3 cell-level RSRP  ","AI: LSTM",null,780.2,8963,2.14,116,29,0.53800000000000003,null,null,null,60,0.55400000000000005,null,null,null,120,0.54,null,null,null,0.55100000000000005]
["NTT DOCOMO",3,"Cluster-based",60,2000,2000,null,"A","No","3",3,"Non-sliding","NO",32,4,"7 cells, L1 cell-level RSRP  ","7 cells, L3 cell-level RSRP  ","AI: Transformer",null,null,null,null,336,84,1.7126999999999999,2.0678000000000001,"[1.3548,1.5659,1.7139,1.8611,2.0678]",null,90,4.226,5.3216000000000001,"[2.6980,3.7339,4.4488,4.9277,5.3216]",null,120,4.6516999999999999,5.8437999999999999,"[3.0471,4.0939,4.8712,5.4027,5.8438]",null,3.3834,4.2655000000000003,"[2.1151,2.9933,3.5806,3.9625,4.2655]"]
["NTT DOCOMO",3,"Cluster-based",90,2000,2000,null,"A","No","3",3,"Non-sliding","NO",32,4,"7 cells, L1 cell-level RSRP  ","7 cells, L3 cell-level RSRP  ","AI: Transformer",null,null,null,null,162,41,1.9353,2.476,"[1.3953,1.6970,1.9364,2.1718,2.4760]",null,60,4.1984000000000004,5.3643999999999998,"[2.5602,3.6728,4.4384,4.9564,5.3644]",null,120,4.1197999999999997,5.2237,"[2.6899,3.6094,4.2900,4.7861,5.2237]",null,2.6332,3.2256999999999998,"[1.8312,2.3965,2.7387,2.9740,3.2257]"]
["NTT DOCOMO",3,"Cluster-based",120,2000,2000,null,"A","No","3",3,"Non-sliding","NO",32,4,"7 cells, L1 cell-level RSRP  ","7 cells, L3 cell-level RSRP  ","AI: Transformer",null,null,null,null,74,19,2.1991000000000001,2.8214999999999999,"[1.5490,1.9416,2.2159,2.4676,2.8215]",null,60,4.6908000000000003,6.0892999999999997,"[2.7800,4.0390,4.9503,5.5953,6.0893]",null,90,3.9529999999999998,5.1703000000000001,"[2.4006,3.3912,4.1226,4.6806,5.1703]",null,1.8158000000000001,2.1737000000000002,"[1.4655,1.7148,1.8153,1.9098,2.1737]"]
["Ericsson",2,"Cell-based",60,400,400,null,"B","YES","3",1,"Sliding","NO",8,1,"1 cell, L3 cell-level RSRP","1 cell, L3 cell-level RSRP","AI: LSTM","1 LSTM layer and 2 linear layers",1380,5300,33.090000000000003,20,160,0.87,1.55,"[0.259, 0.521, 0.838, 1.138, 1.550]",null,90,0.88500000000000001,1.583,"[0.242, 0.524, 0.858, 1.219, 1.583]",null,120,0.90100000000000002,1.603,"[0.262, 0.538, 0.874, 1.229, 1.603]",null,0.80600000000000005,1.484,"[0.198, 0.455, 0.773, 1.122, 1.484]"]
["Ericsson",2,"Cell-based",90,400,400,null,"B","YES","3",1,"Sliding","NO",8,1,"1 cell, L3 cell-level RSRP","1 cell, L3 cell-level RSRP","AI: LSTM","1 LSTM layer and 2 linear layers",1380,5300,33.090000000000003,20,160,0.99,1.7569999999999999,"[0.272, 0.594, 0.967, 1.363, 1.757]",null,60,0.99299999999999999,1.7529999999999999,"[0.294, 0.601, 0.963, 1.353, 1.753]",null,120,1.0329999999999999,1.768,"[0.290, 0.607, 0.979, 1.368, 1.768]",null,0.93,1.6839999999999999,"[0.237, 0.539, 0.901, 1.289, 1.684]"]
["Ericsson",2,"Cell-based",120,400,400,null,"B","YES","3",1,"Sliding","NO",8,1,"1 cell, L3 cell-level RSRP","1 cell, L3 cell-level RSRP","AI: LSTM","1 LSTM layer and 2 linear layers",1380,5300,33.090000000000003,20,160,1.0720000000000001,1.8759999999999999,"[0.312, 0.657, 1.055, 1.462, 1.876]",null,60,1.0780000000000001,1.89,"[0.319, 0.658, 1.052, 1.368, 1.890]",null,90,1.0649999999999999,1.875,"[0.296, 0.645, 1.045, 1.464, 1.875]",null,1.018,1.82,"[0.268, 0.603, 0.995, 1.406, 1.820]"]
["Mediatek",2,"Cluster-based",60,400,400,null,"A","YES",1,2,"Sliding","NO",32,4,"1 cell, L3 cell-level RSRP  ","1 cell, L3 cell-level RSRP  ","AI: CNN","2 layers of convolution layer and 1 FNN layer",23,96.3,0.46,266,133,0.61,1.25,null,null,90,0.64,1.24,null,null,120,0.63,1.25,null,null,0.64,1.26]
["Mediatek",2,"Cluster-based",120,400,400,null,"A","YES",1,2,"Sliding","NO",32,4,"1 cell, L3 cell-level RSRP  ","1 cell, L3 cell-level RSRP  ","AI: CNN","2 layers of convolution layer and 1 FNN layer",23,96.3,0.46,266,133,0.64,1.22,null,null,60,0.66,1.27,null,null,90,0.65,1.26,null,null,0.66,1.27]
["Nokia",2,"Cell-based",30,200,200,null,"B","YES","3",3,"Sliding ","NO",8,4,"1 cell, L3 cell-level RSRP  ","1 cell, L3 cell-level RSRP  ","Linear Regression",null,null,null,null,"350K","150K",1.5127999999999999,null,null,null,60,1.5199,null,null,null,120,1.5633999999999999,null,null,null,1.5224]
["Nokia",2,"Cell-based",30,200,200,null,"B","YES","3",3,"Sliding ","NO",8,4,"1 cell, L3 cell-level RSRP  ","1 cell, L3 cell-level RSRP  ","Random Forest",null,null,null,null,"350K","150K",1.3988,null,null,null,60,1.4503999999999999,null,null,null,120,1.5414000000000001,null,null,null,1.4415]
["Nokia",2,"Cell-based",30,200,200,null,"B","YES","3",3,"Sliding ","NO",8,4,"1 cell, L3 cell-level RSRP  ","1 cell, L3 cell-level RSRP  ","Gradient Boosting",null,null,null,null,"350K","150K",1.3962000000000001,null,null,null,60,1.4332,null,null,null,120,1.5037,null,null,null,1.4329000000000001]
["Nokia",2,"Cell-based",60,200,200,null,"B","YES","3",3,"Sliding ","NO",8,4,"1 cell, L3 cell-level RSRP  ","1 cell, L3 cell-level RSRP  ","Linear Regression",null,null,null,null,"350K","150K",2.0356999999999998,null,null,null,30,2.1088,null,null,null,120,2.0526,null,null,null,2.0369000000000002]
["Nokia",2,"Cell-based",60,200,200,null,"B","YES","3",3,"Sliding ","NO",8,4,"1 cell, L3 cell-level RSRP  ","1 cell, L3 cell-level RSRP  ","Random Forest",null,null,null,null,"350K","150K",1.855,null,null,null,30,1.9172,null,null,null,120,1.8540000000000001,null,null,null,1.8540000000000001]
["Nokia",2,"Cell-based",60,200,200,null,"B","YES","3",3,"Sliding ","NO",8,4,"1 cell, L3 cell-level RSRP  ","1 cell, L3 cell-level RSRP  ","Gradient Boosting",null,null,null,null,"350K","150K",1.8992,null,null,null,30,1.9503999999999999,null,null,null,120,1.9020999999999999,null,null,null,1.9020999999999999]
["Nokia",2,"Cell-based",120,200,200,null,"B","YES","3",3,"Sliding ","NO",8,4,"1 cell, L3 cell-level RSRP  ","1 cell, L3 cell-level RSRP  ","Linear Regression",null,null,null,null,"350K","150K",2.6778,null,null,null,30,2.7970999999999999,null,null,null,60,2.6871999999999998,null,null,null,2.6842999999999999]
["Nokia",2,"Cell-based",120,200,200,null,"B","YES","3",3,"Sliding ","NO",8,4,"1 cell, L3 cell-level RSRP  ","1 cell, L3 cell-level RSRP  ","Random Forest",null,null,null,null,"350K","150K",2.5076000000000001,null,null,null,30,2.7416999999999998,null,null,null,60,2.5438999999999998,null,null,null,2.4775999999999998]
["Nokia",2,"Cell-based",120,200,200,null,"B","YES","3",3,"Sliding ","NO",8,4,"1 cell, L3 cell-level RSRP  ","1 cell, L3 cell-level RSRP  ","Gradient Boosting",null,null,null,null,"350K","150K",2.5714000000000001,null,null,null,30,2.7867999999999999,null,null,null,60,2.6194999999999999,null,null,null,2.5908000000000002]
["OPPO",2,"Cell-based, epoch=100",60,800,400,null,"A","NO",1,3,"Non-sliding","NO",32,4,"1 cell, L3 cell-level RSRP","1 cell, L3 cell-level RSRP","AI: LSTM","2LSTM layer+1 dense layer",170,670,0.41,3.5,1.2,1.24,null,null,null,null,null,null,null,null,null,null,null,null,null,1.42]
["OPPO",2,"Cell-based, epoch=50",60,800,400,null,"A","NO",1,3,"Non-sliding","NO",32,4,"1 cell, L3 cell-level RSRP","1 cell, L3 cell-level RSRP","AI: LSTM","2LSTM layer+1 dense layer",170,670,0.41,3.5,1.2,1.61,null,null,null,null,null,null,null,null,null,null,null,null,null,1.32]
["OPPO",2,"Cell-based, epoch=100",90,800,400,null,"A","NO",1,3,"Non-sliding","NO",32,4,"1 cell, L3 cell-level RSRP","1 cell, L3 cell-level RSRP","AI: LSTM","2LSTM layer+1 dense layer",170,670,0.41,3.5,1.2,1.37,null,null,null,null,null,null,null,null,null,null,null,null,null,1.62]
["OPPO",2,"Cell-based, epoch=50",90,800,400,null,"A","NO",1,3,"Non-sliding","NO",32,4,"1 cell, L3 cell-level RSRP","1 cell, L3 cell-level RSRP","AI: LSTM","2LSTM layer+1 dense layer",170,670,0.41,3.5,1.2,1.63,null,null,null,null,null,null,null,null,null,null,null,null,null,1.38]
["OPPO",2,"Cell-based, epoch=100",120,800,400,null,"A","NO",1,3,"Non-sliding","NO",32,4,"1 cell, L3 cell-level RSRP","1 cell, L3 cell-level RSRP","AI: LSTM","2LSTM layer+1 dense layer",170,670,0.41,3.5,1.2,1.52,null,null,null,null,null,null,null,null,null,null,null,null,null,1.8]
["OPPO",2,"Cell-based, epoch=50",120,800,400,null,"A","NO",1,3,"Non-sliding","NO",32,4,"1 cell, L3 cell-level RSRP","1 cell, L3 cell-level RSRP","AI: LSTM","2LSTM layer+1 dense layer",170,670,0.41,3.5,1.2,1.75,null,null,null,null,null,null,null,null,null,null,null,null,null,1.41]
["Samsung",2,"Cell-based",60,800,400,null,"B","YES","3","3","Sliding ","NO",32,4,"1 cell, L3 cell-level RSRP  ","1 cell, L3 cell-level RSRP  ","LSTM autoencoder","2 LSTM layers for encoder \n2 LSTEM layers + 3 dense layers for decoder",4.5,200,0.02,31,0.9,1.0549999999999999,null,null,null,null,null,null,null,null,null,null,null,null,null,1.2]
["Samsung",2,"Cell-based",90,800,400,null,"B","YES","3","3","Sliding ","NO",32,4,"1 cell, L3 cell-level RSRP  ","1 cell, L3 cell-level RSRP  ","LSTM autoencoder","2 LSTM layers for encoder \n2 LSTEM layers + 3 dense layers for decoder",4.5,200,0.02,31,0.9,1.1990000000000001,null,null,null,null,null,null,null,null,null,null,null,null,null,1.3640000000000001]
["Samsung",2,"Cell-based",120,800,400,null,"B","YES","3","3","Sliding ","NO",32,4,"1 cell, L3 cell-level RSRP  ","1 cell, L3 cell-level RSRP  ","LSTM autoencoder","2 LSTM layers for encoder \n2 LSTEM layers + 3 dense layers for decoder",4.5,200,0.02,31,0.9,1.347,null,null,null,null,null,null,null,null,null,null,null,null,null,1.4970000000000001]
["InterDigital",2,"Cell-based",60,400,400,null,"A","Yes",1,3,"Sliding","No",16,4,"1 cell, L3 cell-level RSRPs","1 cell, L3 cell-level RSRPs","AI:DNN",null,271,null,0.27,16,4,0.33,0.64900000000000002,"[0.0573, 0.1651, 0.3073, 0.4715, 0.6490]",null,90,0.35110000000000002,0.6885,"[0.0603,       0.1766,    0.3283,    0.5020,    0.6885]",null,120,0.38229999999999997,0.75009999999999999,"[0.0693,   0.1914,    0.3552,    0.5456,    0.7501]",null,0.34849999999999998,0.68359999999999999,"[0.0633,      0.1738,       0.3242,       0.4974,       0.6836]"]
["InterDigital",2,"Cell-based",90,400,400,null,"A","Yes",1,3,"Sliding","No",16,4,"1 cell, L3 cell-level RSRPs","1 cell, L3 cell-level RSRPs","AI:DNN",null,271,null,0.27,16,4,0.55149999999999999,1.0364,"[0.1078, 0.2992, 0.5317, 0.7822, 1.0364]",null,60,0.58709999999999996,1.1234,"[0.1104,    0.3070,     0.5583,     0.8363,     1.1234]",null,120,0.56579999999999997,1.0589,"[0.1123,    0.3053,      0.5474,     0.8048,     1.0589]",null,0.5444,1.0279,"[0.1079,    0.2929,     0.5215,     0.7719,     1.0279]"]
["InterDigital",2,"Cell-based",120,400,400,null,"A","Yes",1,3,"Sliding","No",16,4,"1 cell, L3 cell-level RSRPs","1 cell, L3 cell-level RSRPs","AI:DNN",null,271,null,0.27,16,4,0.72370000000000001,1.3368,"[0.1611, 0.4112, 0.6996, 1.0100, 1.3368]",null,60,0.87749999999999995,1.6453,"[0.1798,    0.4757,     0.8436,     1.2430,     1.6453]",null,90,0.77400000000000002,1.4257,"[0.1672,    0.4383,     0.7548,     1.0843,     1.4257]",null,0.74770000000000003,1.3808,"[0.1646,    0.4231,     0.7244,     1.0458,     1.3808]"]
["Qualcomm",2,"Cluster-based",30,0,null,null,"A","YES",1,3,"Sliding","NO",8,8,"21 cells, L3 cell-level RSRP  ","21 cells, L3 cell-level RSRP  ","AI:Transformer","Encoder transformer",1280,9770,null,"2071 trajectories","518 trajectories",2.67,3.9,null,null,60,3.53,5.09,null,null,90,4.1500000000000004,5.92,null,null,2.69,3.92]
["Qualcomm",2,"Cluster-based",30,0,null,null,"A","YES",1,3,"Sliding","NO",8,8,"21 cells, L3 cell-level RSRP  ","21 cells, L3 cell-level RSRP  ","Non-AI:Sample and hold",null,null,null,null,null,null,2.67,3.94]
["Qualcomm",2,"Cluster-based",60,0,null,null,"A","YES",1,3,"Sliding","NO",8,8,"21 cells, L3 cell-level RSRP  ","21 cells, L3 cell-level RSRP  ","AI:Transformer","Encoder transformer",1280,9770,null,"3240 trajectories","811 trajectories",3.54,5.0599999999999996,null,null,30,2.78,4.05,null,null,90,4.0999999999999996,5.79,null,null,3.52,5.05]
["Qualcomm",2,"Cluster-based",60,0,null,null,"A","YES",1,3,"Sliding","NO",8,8,"21 cells, L3 cell-level RSRP  ","21 cells, L3 cell-level RSRP  ","Non-AI:Sample and hold",null,null,null,null,null,null,3.6,5.25]
["Qualcomm",2,"Cluster-based",90,0,null,null,"A","YES",1,3,"Sliding","NO",8,8,"21 cells, L3 cell-level RSRP  ","21 cells, L3 cell-level RSRP  ","AI:Transformer","Encoder transformer",1280,9770,null,"2973 trajectories","744 trajectories",4.1399999999999997,5.83,null,null,30,2.94,4.29,null,null,60,3.63,5.18,null,null,4.1100000000000003,5.84]
["Qualcomm",2,"Cluster-based",90,0,null,null,"A","YES",1,3,"Sliding","NO",8,8,"21 cells, L3 cell-level RSRP  ","21 cells, L3 cell-level RSRP  ","Non-AI:Sample and hold",null,null,null,null,null,null,4.25,6.15]
["ZTE",2,"Cell-based",60,800,400,null,"A","NO","3",2,"Non-sliding","NO",32,4,"1 cell, L3 cell-level RSRP ","1 cell, L3 cell-level RSRP","AI: LSTM","2 LSTM layer + 1 Full connection output layer",791.81100000000004,3092.48,1.5920000000000001,90,5,0.68,0.68,"[0.68]",null,null,null,null,null,null,120,0.68300000000000005,0.68300000000000005,"[0.683]",null,0.68100000000000005,0.68100000000000005,"[0.681]"]
["ZTE",2,"Cell-based",90,800,400,null,"A","NO","3",2,"Non-sliding","NO",32,4,"1 cell, L3 cell-level RSRP ","1 cell, L3 cell-level RSRP","AI: LSTM","2 LSTM layer + 1 Full connection output layer",791.81100000000004,3092.48,1.5920000000000001,90,5,0.79400000000000004,0.79400000000000004,"[0.794]",null,null,null,null,null,null,null,null,null,null,null,0.79500000000000004,0.79500000000000004,"[0.795]"]
["ZTE",2,"Cell-based",120,800,400,null,"A","NO","3",2,"Non-sliding","NO",32,4,"1 cell, L3 cell-level RSRP ","1 cell, L3 cell-level RSRP","AI: LSTM","2 LSTM layer + 1 Full connection output layer",791.81100000000004,3092.48,1.5920000000000001,90,5,0.94599999999999995,0.94599999999999995,"[0.946]",null,60,0.95099999999999996,0.95099999999999996,"[0.951]",null,null,null,null,null,null,0.94899999999999995,0.94899999999999995,"[0.949]"]

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["General",null,null,"Generalization Setting",null,"Variable Settings",null,null,"Configurable/Selectable Simulation Assumption",null,null,null,null,null,null,null,"Model Related Information",null,null,null,null,null,null,null,null,"Performance Metrics (Baseline)",null,null,"Performance Metrics (GC#1)",null,null,"Performance Metrics (GC#2)"]
["Company","Sub case","Other factors","Configuration #A","Configuration #B","Observation window\n(ms)","Prediction window\n(ms)","UE speed\n(km/h)","Spatial consistency","Whether LOSsoft is modeled or not","UE trajectory model","UE trajectory boundary processing","L1/L3 filtering\n(Sliding/Non-sliding)","Use earlier predicted results as input or not","Number of Tx beams","Number of Rx beams","Model input","Model output/label","Model type  ","Detail of model ","Model complexity\nin a number of model parameters (K)","Model complexity\nin a number of model size (KByte)","Computational complexity [FLOPs] (M)","Training data size in number of samples (K)","Testing data size in number of samples (K)","Average L3 cell RSRP difference (dB)","Last predicted point L3 cell RSRP difference (dB) ","Multiple predicted point L3 cell RSRP differences (dB)","Average L3 cell RSRP difference (dB)","Last predicted point L3 cell RSRP difference (dB) ","Multiple predicted point L3 cell RSRP differences (dB)","Average L3 cell RSRP difference (dB)","Last predicted point L3 cell RSRP difference (dB) ","Multiple predicted point L3 cell RSRP differences (dB)"]
["Name","1/2/3","Additional consideration (e.g. Cell/Cluster-based)","Dataset with Configuration #1/2","Dataset with Configuration #1/2","XX","XX","XX","A/B","YES/NO","1/2/3","1/2/3","Sliding/Non-sliding","YES/NO","XX","XX","Number of cell(s),\nMesurement quantity (L1 beam level, L1-filterd beam-level, L3 cell-level, L3 beam-level measurement results)","Number of cell(s),\nMeasurement quantity (L1 beam level, L1-filterd beam-level, L3 cell-level, L3 beam-level measurement results)","AI/Non-AI: Method (e.g. RNN,CNN,Sample and hold, Decision tree, etc)","e.g.,model structure and description","XX","XX","XX","XX","XX","XX","XX","[XX, XX, XX..]","XX","XX","[XX, XX, XX..]","XX","XX","[XX, XX, XX..]"]
["Huawei",2,"Cell-based","Configuration #1","Configuration #2","480","240",60,"B","NO",1,1,"Sliding","NO",64,8,"1 cell, L3 cell-level RSRP  ","1 cell, L3 cell-level RSRP  ","AI: LSTM","3 LSTM layers and 1 full-connectiovity layer",80,350,1.03,4300,30,1.69,null,null,1.74,null,null,1.7]
["Huawei",2,"Cell-based","Configuration #2","Configuration #1","480","240",60,"B","NO",1,1,"Sliding","NO",64,8,"1 cell, L3 cell-level RSRP  ","1 cell, L3 cell-level RSRP  ","AI: LSTM","3 LSTM layers and 1 full-connectiovity layer",80,350,1.03,4300,30,1.22,null,null,1.27,null,null,1.23]
["vivo","2","Cell-based","Configuration #1","Configuration #2","400","400","60","A","NO",1,2,"Sliding ","NO",32,"4 per panel","1 cell,L3 cell-level","1 cell,L3 cell-level","AI：LSTM","1 layers of LSTM layer and 1 FNN layer",17,69,0.84499999999999997,400,100,0.88900000000000001,1.6830000000000001,"[0.22 0.481 0.826 1.237 1.683]",0.91500000000000004,1.724,"[0.235 0.497 0.852 1.266 1.724]",0.878,1.661,"[0.224 0.474 0.814 1.217 1.661]"]
["vivo","2","Cell-based","Configuration #2","Configuration #1","400","400","60","A","NO",1,2,"Sliding ","NO",32,"4 per panel","1 cell,L3 cell-level","1 cell,L3 cell-level","AI：LSTM","1 layers of LSTM layer and 1 FNN layer",17,69,0.84499999999999997,400,100,1.127,2.1800000000000002,"[0.241 0.581 1.043 1.588 2.180]",1.1870000000000001,2.2799999999999998,"[0.251 0.621 1.107 1.675 2.280]",1.151,2.222,"[0.249 0.593 1.066 1.623 2.222]"]

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